CFOs in industry tell us they are always looking to cost effectively reduce energy consumption and CO2 emissions. They also need to ensure predictability of expected compressor investments as well as reduce risks associated with running the compressed air system.
This is where we come in. We specialize in energy optimization and are keen to help.
To measure is to know
How much is your compressed air leakage costing you today?
CFOs in industry tell us they are always looking to cost effectively reduce energy consumption and CO2 emissions. They also need to ensure predictability of expected compressor investments as well as reduce risks associated with running the compressed air system.
This is where we come in. We specialize in energy optimization and are keen to help.
Did you know?
US Department of Energy estimates that 50% of all compressed air is lost.
Do you know how much electricity your compressors are costing you?
Do you know how much you are spending on maintenance and repair of the compressed air system?
There is a huge savings potential in energy optimization
Compressors use about 10% of all electricity consumed in industry. A significant proportion of this energy is wasted — as much as 40-55%. Compressed air leaks alone account for 25-30% of compressed air use.
There is a huge savings potential in energy optimization
Compressors use about 10% of all electricity consumed in industry. A significant proportion of this energy is wasted — as much as 40-55%. Compressed air leaks alone account for 25-30% of compressed air use.
Here are the results that some
of our customers have achieved
Increase machine uptime and availability
Increase machine uptime and availability
Are high maintenance costs a concern?
Maintenance is the second highest cost of a compressed air system after energy. Pneumatics are robust, which makes them more reliable, but at the same time they require more attention to maintenance.
But over and over again we see that the outcome of the maintenance work remains an unknown because there is no measurement taking place.
Are high maintenance costs a concern?
Maintenance is the second highest cost of a compressed air system after energy. Pneumatics are robust, which makes them more reliable, but at the same time they require more attention to maintenance.
But over and over again we see that the outcome of the maintenance work remains an unknown because there is no measurement taking place.
Where is the savings potential?
- Compressed air generation – including compressor efficiency and compressor control
- Compressed air treatment – including operation of dryers and filters as well as pressure losses across treatment
- Distribution system – including pressure losses and zone isolation
- Use of compressed air – including artificial demand, inappropriate use and leakage
Want to know the estimated savings and costs up front?
We’ve helped other CFOs achieve energy cost savings that go straight to the bottom line.
Leakage costs money every second, minute and hour of the year, and without repairing the leakage you will not be realising any savings.
A system analysis of the facility will document performance levels and costs of the compressed air system and compare the results with the facility’s present production levels as well as estimate cost savings and calculate reduction in emissions.
Want to know the estimated savings and costs up front?
We’ve helped other CFOs achieve energy cost savings that go straight to the bottom line.
Leakage costs money every second, minute and hour of the year, and without repairing the leakage you will not be realising any savings.
A system analysis of the facility will document performance levels and costs of the compressed air system and compare the results with the facility’s present production levels as well as estimate cost savings and calculate reduction in emissions.
